5. Manual flash mode

In this mode, the flash unit will emit the full light energy if partial light output has not been set. The mecablitz must be fitted with an SCA adapter or the 301 standard foot. Adaptation to the given photographic situations is by setting the corresponding aperture on the camera and by selecting a partial light output level. The LC display of the mecablitz indicates the flash-to-subject distance for correct flash exposure. It is therefore necessary to ensure that the mecablitz is correctly adjusted. The aperture and ISO film speed set on the camera must be identical to the aperture and ISO film speed setting on the mecablitz! The flash reflectors zoom position must be adapted to the focal length of the lens! Setting procedure for manual flash mode: Setting example: Flash-to-subject distance: 6 m; zoom 50 mm; film speed ISO 100/21. Adjust the camera as indicated in the operating instructions. Equip the flash unit with the SCA 301 standard foot or the SCA adapter and mount on the camera. Switch on the mecablitz with the main switch (Fig. 1). Depress the Mode button (Fig. 1) repeatedly until M flashes on the display. Push the setting disk (Fig. 1) in the direction of the arrow for storage. The selected operating mode will be automatically stored after approx. 5 seconds if the setting disk is not pressed. After storage the M icon will stop flashing and remain permanent. The display indicates the light output P 1/1 (= full light output) after storage. A full-power flash is fired when pressing the firing button (Fig. 1) on the mecablitz or the cameras shutter release. Some cameras will not support the mecablitz with an SCA adapter when it is in manual mode (see operating instructions for the given camera and SCA adapter). In this event the mecablitz should be equipped with the SCA 301 standard foot (see also operating instructions for the given camera).
Manual flash mode of the mecablitz with an SCA 3xx2 adapter: If the mecablitz is operated with an SCA 3xx2 adapter and a camera that automatically transmits the parameters for ISO film speed, zoom reflector position and aperture, then no further settings are required. The mecablitz will automatically adjust itself in conformity with the data transmitted by the camera. If the mecablitz is used on a camera that transmits data to the mecablitz, it can happen that the ISO film speed will not be displayed (depends on the camera type); see the operating instructions for the SCA adapter. If the mecablitz is being operated with a camera that transmits data to the flash unit, it is impossible to change the values for ISO film speed and aperture! In this event continue changing the f-number on the camera until the required distance is indicated on the LC display of the mecablitz. Manual flash mode with the SCA 3xx adapter or the SCA 301 standard foot: In this case the corresponding ISO film speed, zoom reflector position and aperture parameters must be manually set on the mecablitz. This is indispensable for correct flash exposure because the mecablitz calculates and displays the flash-to-subject distance required for a correct exposure on the basis of these data. Setting partial light output: Partial light output can be set on the mecablitz if you wish to change the distance range given for correct flash exposure in order to adapt it to the existing picture-shooting situation: Continue turning the setting disk (Fig. 1) until the arrow symbol appears next to P on the display. Push the setting disk (Fig. 1) in the direction of the arrow. The arrow symbol starts flashing. Turn the setting disk to set the required partial light output level. Press the setting disk in the direction of the arrow for storage. The selected partial light output will be automatically stored after approx. 5 seconds if the setting disk is not pressed. After storage the arrow symbol stops flashing.

ton in the event that TTL is no longer flashing. Briefly press the setting disk in the direction of arrow for storage. The selected setting will be automatically stored after 5 seconds if the setting disk is not pressed. TTL will then be permanently displayed (without flashing), together with Co and the slave address Ad1 or Ad2. Setting procedure for Metz TTL remote slave operation (Fig. 5): Equip the 54 MZ-., 70 MZ-4 slave flash units with an SCA 3083 slave adapter, and the 40 MZ-. slave flash unit with an SCA 3080 or 3082 slave adapter. 1 Switch on the mecablitz with the main switch (Fig. 1). The mecablitz is automatically set to TTL mode, and SL (slave mode) is indicated on the LC display. The adjusted slave address is Ad1 (or the last selected address). 2 If you wish to change the slave address, press the Mode button (Fig. 1). The TTL mode icon will then flash. 3 Turn the setting disk (Fig. 1) and select Ad2. Push the setting disk in the direction of the arrow for storage. When in remote mode, the power zoom reflector of the mecablitz is automatically adjusted to the 24 mm position in order to achieve the widest possible illumination. This reflector position can be manually changed (see Chapter 12.). When flash readiness is reached, the flash-ready indicator of the slave lights up and the AF measuring beam starts flashing. An additional acousstic signal (bleep) can be activated to indicate flash readiness (see Chapter 12.). This is useful when there is no visual contact with the AF measuring beam or the flash-ready indicator. 4 Press the manual firing button (Fig. 1) of the mecablitz controller mounted on the camera to fire a test flash. The slave will respond with a delayed flash to indicate that it is ready for operation. When several slave units are operated, then all slaves will acknowledge flash readiness simultaneously. If a slave does not respond by firing a delayed flash, then this means that the sensor in the adapter did not receive the light pulse. Turn the sensor in 111
7.1 Metz cordless TTL remote mode

flash control!

The Metz TTL remote mode is only possible with cameras featuring TTL
Setting procedure for Metz TTL remote controller operation (Fig. 4): 1 Equip the flash unit mounted on the camera with the appropriate SCA adapter and turn on with the main switch. 2 Depress the Mode button (Fig. 1) repeatedly until TTL flashes on the display. 3 While the TTL mode is flashing, turn the setting disk (Fig. 1) and select the address Ad1 or Ad2 for the Co controller mode. Depress the Mode but-

the direction of the controller and repeat the procedure described in step 4. A particularly short distance between controller and slave unit may cause the cameras electronic system to cut off the flash before the slave has received its light pulse. In such an event widen the distance between the controller and slave or select a higher f-number and repeat procedure No. 4. Deactivating the Metz TTL remote mode: Press the Mode button (Fig. 1) on the controller and deactivate the controller mode with the setting disk (Fig. 1). On the slave: Switch off the flash unit, remove the SCA 3083 slave adapter, and finally switch on the flash unit again.
7.2 Metz cordless auto remote mode
The Metz auto remote mode can be used with system, standard, old
Set a shutter speed of 1/60th sec. or slower. Switch on the mecablitz on the camera with the main switch (Fig. 1). Depress the Mode button (Fig. 1) repeatedly until A appears on the display. While the A mode is flashing, turn the setting disk (Fig. 1) and select the address Ad1 or Ad2 for the Co controller mode. Depress the Mode button in the event that A no longer flashes. To store, briefly press the setting disk in the direction of the arrow. The selected setting will be automatically stored after 5 seconds if the setting disk is not pressed. A will then be continuously displayed (without flashing), together with Co and the slave address Ad1 or Ad2. Setting procedure for Metz auto remote slave mode: The setting procedure is the same as for Metz TTL remote slave mode. The slave flash unit also operates in the TTL mode in the auto remote mode.
mechanical and medium-format cameras. The only precondition is that all cameras feature a synch contact/socket and that the flash unit is equipped with an SCA 301 standard foot or SCA adapter. The exposure is controlled by the sensor of the controller flash unit (master) mounted on the camera.
7.3 Assessing the overall lighting conditions in remote mode
A modelling light beam of all participating flash units can be fired to assess the overall lighting conditions in A (auto) and TTL remote mode. For this purpose, the firing button (Fig. 1) of the 54 MZ-. mounted on the camera must be programmed. Press the Select button (Fig. 1) repeatedly until the mode display lights up. Turn the setting disk (Fig. 1) to set the modelling light function to On or OFF. The modelling light can then be fired with the firing button (Fig. 1) ; see also Chapter 12.
Setting procedure for the Metz auto remote controller mode: Equip the mecablitz with an SCA adapter or the SCA 301 standard foot, and switch on. Switch the camera to manual mode as described in the cameras operating instructions. Automatic flash mode or auto remote flash mode are not supported by all cameras in conjunction with an SCA adapter (see operating instructions of the camera and the SCA adapter). If a camera, in combination with an SCA adapter, does not support the automatic flash mode, then equip the mecablitz with the SCA 301 standard foot. In this event do not forget to manually transfer the camera settings (ISO, f-stop and zoom position) to the mecablitz! 112

8. Fill-in flash in daylight
The mecablitz can also be used for fill-in flash in daylight to soften harsh shadows and diminish the contrast, thereby producing a more balanced exposure when shooting against the light (contre-jour). Various possibilities are open to the user for fill-in flash.
8.1 Fill-in flash in TTL mode
The mecablitz must be equipped with a suitable SCA adapter. The camera must be able to support TTL fill-in flash. Press the Mode button (Fig. 1) repeatedly until TTL appears on the display. Most cameras automatically activate fill-in flash when in Full Auto Mode, Intelligent Program AE P, and in Programmmed Image Control Modes during daylight (see also operating instructions of camera and SCA adapter). The camera will then automatically ensure a well-balanced illumination of subject and background. Moreover, some cameras offer a special fill-in flash program which permits pin-pointed use whenever required. Depending upon the camera type, activation is either on the camera or mecablitz (see operating instructions of camera and SCA adapter). Example: Matrix-controlled fill-in flash (only for certain Nikon cameras) The mecablitz must be equipped with the SCA 3402 adapter (Nikon)! Various Nikon cameras support the Matrix-controlled TTL fill-in flash mode (see operating instructions of the given camera and the SCA adapter). This flash mode is a sub-mode of TTL flash mode. Chapter 3.1 describes how it is set. Example: 3D multi-sensor fill-in flash (only for certain Nikon cameras) The mecablitz must be equipped with the SCA 3402 adapter (Nikon)! Various Nikon cameras support the 3D multi-sensor fill-in flash mode (see operating instructions of the given camera and the SCA adapter). This flash mode is a sub-mode of TTL flash mode. Chapter 3.1 describes how it is set.
remain permanent and stop flashing after storage. In automatic mode the flash is controlled by the sensor built into the mecablitz. Ensure that backlight does not shine directly on to the sensor as this will confuse the electronics of the flash unit. Use the cameras or a hand-held exposure meter, to establish the required aperture and shutter speed for a normal exposure. Ensure that the shutter speed either equals, or is slower than the fastest flash synch speed (varies with different camera models). Example: Established aperture = f/8; Established shutter speed = 1/60th sec. Flash synch speed of the camera e.g. 1/100th sec. (see operating instructions for the given camera). The two established values for aperture and shutter speed can be set on the camera because the cameras shutter speed is slower than the cameras flash sync speed. To obtain a balanced fill-in light, for instance in order to retain the character of the shadows, it is advisable to select on the flashgun an auto aperture that is one increment lower than the aperture set on the camera. In our example f/8 was set on the camera. Consequently, we advise you to set f/5.6 on the flash unit. If the mecablitz is fitted with an SCA 3xx2 adapter and the camera automatically transmits the f-stop values to the mecablitz, then manual aperture setting is no longer possible! In this case manual flash-exposure correction can be used in the automatic flash mode (see Chapter 14.). Manual flash-exposure correction in automatic mode can also be used if the camera does not transmit any data to the mecablitz. Additional correction of the aperture value is then no longer necessary! Tip: If possible, take a meter reading of the subjects background separately from the actual subject. Experience has shown that a correction value of -1 EV (f-stop) to 113

4 Select the flash frequency f(Hz). Turn the setting disk (Fig. 1) anti-clokkwise until the arrow is next to f(Hz). Depress the setting disk and turn to select the required flash frequency f(Hz). Store this setting by renewed depression of the setting disk. The distance to the moving subject is used as distance value. To prevent overexposure of the static this part of the picture should either be very dark or far behind the moving subject. Best results are achieved with a low ambient light level. Ensure that a sufficiently slow shutter speed is set on the camera. Table 3 specifies the fastest camera shutter speeds for the N - f(Hz) combinations.
then readjusted to TTL mode. This procedure is relatively accurate with lenses of medium focal length of between 28 mm and 85 mm. However, in borderline cases, underexposure may result in TTL mode. In such an event the o.k. exposure indicator will remain dark after the shutter has been released. Select the next larger aperture (e.g. f/8 instead of f/11) and have another try.

11. AF measuring beam

The AF measuring beam (Fig. 2) can only be activated by autofocus
10. Correct exposure indication
The correct exposure indicator o.k. (Fig. 1) only lights up if the picture was correctly exposed in automatic or TTL flash mode. This gives the user the opportunity to fire a test flash while in automatic flash mode so that the correct aperture can be established beforehand. This is particularly valuable with bounce flash when reflection conditions are difficult to judge. A test flash cannot be fired in TTL mode. The test flash can be triggered with the manual firing button (Fig. 1) provided that this button has not been programmed for Modelling Light (see Chapter 12.). If the o.k. exposure indicator (Fig. 1) remains dark after the test flash was fired, then adjust the next lower f-number, or diminish the distance to the reflecting surface or subject, and repeat the test flash. The f-stop established in this manner must also be set on the camera. To trigger a test flash, hold the camera and flash unit in the same manner as for the actual shot! This facility can also be used with TTL mode without having to produce test exposures. The flash unit is adjusted to automatic mode, and the correct aperture is then determined with a test flash in the previously described manner. The established aperture is transferred to the camera and the flash unit is

cameras that support the AF measuring beam of the flash unit! Some autofocus cameras only support their own built-in AF illuminator (refer to the operating instructions for the given camera). The mecablitz must be fitted with an SCA 3xx2 adapter!
Please note when selecting the cameras autofocus mode that most cameras only support the AF measuring beam in the Single AF or One-Shot AF mode (see operating instructions for the camera)! The AF measuring beam is activated by the camera electronics when the ambient lighting conditions are insufficient for automatic focusing. The AF beam projects a striped pattern on to the subject, and the camera uses this pattern to focus automatically. The AF beam has a range of 9 m (with a 50 mm f/1.7 standard lens). Low-speed zoom lenses can significantly curtail the range of the AF measuring beam. Some autofocus cameras have several AF metering fields in addition to the central AF metering area in the cameras viewfinder. The striped pattern of the AF measuring beam only supports the cameras central AF sensor. Consequently it may be necessary to adjust the central AF sensor manually on the camera (see the operating instructions for the given camera and the SCA adapter).

12. Special functions

The special functions of the mecablitz can be called, one after the other, by depressing the Select button (Fig. 1), and they can be set, switched off and stored with the setting disk (Fig. 1).

12.1 Bleep function

(acoustic alarm)
The bleep function is used to acoustically indicate certain mecablitz functions. It enables the photographer to concentrate fully on the subject without being distracted by the need to observe additional visual status displays! The bleep function acoustically indicates the following: Flash readiness Correct flash exposure Automatic shut-off of the flash Incorrect operation Acoustic signal after the mecablitz has been switched on: A brief (approx. 2 sec.) uninterrupted bleep signal after the mecablitz has been switched on indicates flash readiness. Bleep signals after exposure: A brief (approx. 2 sec.) uninterrupted bleep signal immediately after shooting indicates that exposure was correct and that flash readiness continues. If there is no bleep signal immediately after shooting the picture was underexposed. An intermittent bleep signal immediately after shooting confirms correct flash exposure, but flash readiness will only be re-established after a subsequent (3 sec.) continuous bleep. Bleep signals associated with settings in A automatic mode: A short bleep as an acoustic alarm is generated in the auto flash mode of the mecablitz if the selected aperture and ISO setting exceed the permissible light control range. The auto aperture of the mecablitz is then automatically adjusted to the next permissible value. 116

12.5 Modelling light ML

The modelling light is a sequence of stroboscopic flashes at high frequency during approx. 4 seconds which give the impression of permanent light. Modelling light enables the user to assess light distribution and shadow formation before taking pictures. Setting the modelling light function: Repeatedly depress the Select button (Fig. 1) until the icon flashes on the LC display. Select On with the setting disk. Push the setting disk in direction of the arrow to store the function. The modelling light function will be automatically stored after 5 seconds if the setting disk is not pressed. If an SCA 3xx2 adapter is used, the flash ready indicator (Fig. 1) flashes on the mecablitz to indicate that the modelling light function has been activated. The modelling light is triggered by the mecablitz when the button is pressed. In Metz REMOTE mode (TTL and Auto REMOTE), triggering the controllers modelling light will cause the modelling light on all slaves to be fired simultaneously (with 40 MZ-. in combination with the SCA 3080 adapter as from version M1 or an SCA 3082 adapter). A fully charged set of batteries (600 mAh) is sufficient to trigger the modelling light approx. 60 times. Dry-cell batteries are not recommendable for the modelling light mode because their higher internal resistance impedes the fast supply of power required by the flash capacitor. Deactivating the modelling light function: Depress the Select button (Fig. 1) repeatedly until the icon flashes on the LC display. Select OFF with the setting disk. Press the setting disk (Fig. 1) in direction of the arrow for storage. The setting will be automatically stored after 5 seconds if the setting disk is not pressed. The flash ready indicator (Fig. 1) lights permanently on the mecablitz.
12.6 Adapting the focal length to the camera format
This function enables the user to adapt the indicated zoom reflector position of the mecablitz to the camera format. Consequently, the focal length of lenses of medium-format cameras (4.5x6, 6x6, 6x7 and 6x9) or APS cameras can be matched to the value displayed on the mecablitz. For 35 mm (24x36) cameras, the Extended-Zoom function is additionally available. The Extended-Zoom mode reduces the focal length of the mecablitz by one increment as compared to the focal length of the camera lens. This results in a wider illumination and additional diffused light (reflections) in rooms, which, in turn, produces a softer flash illumination. Example of Extended-Zoom mode: The focal length of the camera lens is 50 mm. In the Extended-Zoom mode the mecablitz adjusts the reflector position to 35 mm. Setting procedure to adapt the focal length to the camera format (Fig. 12): 1 Depress the Select button repeatedly until Zoom appears on the display. 2 Turn the setting disk (Fig. 1) to adapt the focal length to the given camera format: Key to the displays: Zoom without additional display = Setting for 35 mm format (= normal setting). Auto Zoom with the following additional displays: E Extended-Zoom mode (only for 35 mm cameras) (Fig. 12) APS Adaptation to APS cameras F1 Adaptation to medium format cameras: 4.5x6 F2 Adaptation to medium format cameras: 6x6, 6x7 or 6x9 Informs that the Extended Zoom mode has been activated. Having selected the required setting, press the setting disk (Fig. 1) in the direction of the arrow for storage. The selected setting is automatically stored after 5 seconds if the setting disk is not pressed. The setting is retained after the mecablitz has been switched off. The symbol that appears on the LC display of the flash unit after storage

12.10 m-ft changeover

Turn off the mecablitz with its main switch (Fig. 1). Press the button Select (Fig. 1) and simultaneously slide the main switch (Fig. 1) from OFF to On.

13. Wide-angle diffuser

Pull the wide-angle diffuser (Fig. 2) out from underneath the main reflector until the stop point is reached and then release. The main reflector automatically moves to 20 mm zoom position and the wide-angle diffuser automatically folds upwards. The distances and the zoom value are corrected on the LC display.
To insert the wide-angle diffuser (Fig. 2) turn it 90 down, and push in entirely. Modes that operate with measuring pre-flash or high-speed synchronisation (HSS) must not be set when working with wide-angle diffuser or reflector attachments such as colour filters, neutral density filter, Mecabounce, etc.
14. Manual flash exposure correction

adapter is used.

Manual flash exposure correction is only possible if an SCA 3xx2 In the auto mode A, manual flash exposure correction is possible with
an SCA 3xx and SCA 3xx2 adapter.
The automatic exposure system of the mecablitz and most cameras is based on a subject reflection factor of 25 % (average reflection of subjects shot with flash). A dark background that absorbs a great deal of light, or a highly reflective bright background (e.g. when shooting against the light), can result in overexposure or underexposure. To compensate for the aforementioned effect, the exposure can be manually corrected with a correction value adapted to the given photographic situation. This correction value depends on the contrast between subject and background! In the TTL and A mode of the mecablitz, manual flash exposure correction factors of -3 EV to +3 EV (f-stops) can be set in one-third increments. Many cameras have a setting element for exposure corrections which can also be used in the TTL flash mode. Please refer to the explanations in the operating instructions for the given camera and the SCA adapter. Exposure correction by changing the aperture on the lens is not possible in this instance because the cameras automatic exposure system will regard the changed aperture as the normal working aperture. Dark subject in front of a bright background: Positive correction value (approx. 1 to 2 f-stops EV) Bright subject in front of a dark background: Negative correction value (approx. -1 to -2 f-stops EV)

The entering of a correction value may result in a change of the maximum flash range indicated on the LC display of the mecablitz and its adaptation to the correction value (depending upon the camera type and SCA adapter)! Setting manual flash exposure correction: The mecablitz is operating in TTL flash mode or in A flash mode. Turn the setting disk (Fig. 1) until the EV symbol appears on the LC display. The arrow symbol alongside EV indicates that a position has been reached where you can enter a correction value. Press the setting disk in the direction of the arrow. The arrow symbol alongside EV starts to flash. Turn the setting disk to set a suitable correction value. The correction value is shown on the LC display of the mecablitz. Press the setting disk in the direction of the arrow for storage. The selected value is automatically stored after 5 seconds if the setting disk is not pressed. The arrow symbol alongside EV ceases to flash. The set value is displayed on the LC display of the mecablitz. Deactivating manual flash exposure correction: Turn the setting disk (Fig. 1) until the arrow symbol appears alongside EV on the LC display. Press the setting disk. The arrow symbol alongside EV starts to flash. Turn the setting disk until the displayed correction value is extinguished on the display. Press the setting disk in the direction of the arrow to confirm deactivation. If the setting disk is not pressed the function is automatically deleted after 5 seconds. The arrow symbol alongside EV ceases to flash. Manual flash exposure correction is only possible if the camera supports this function! If the camera does not support this function, the correction value can be adjusted on the mecablitz, but cannot become effective!
Transmission of a correction value for flash exposure from the mecablitz to the camera is only possible in TTL mode with an SCA 3xx2 adapter which supports this function. With some cameras, manual flash exposure corrections must be adjusted on the camera (see the operating instructions for the given camera). In this event the mecablitz will not display a correction value. Some cameras permit manual flash exposure corrections to be completed on the camera or on the flash unit. Please refer to the operating instructions for the given camera or the SCA adapter to establish which setting has priority.

15. Maintenance and care

Remove any grime and dust with a soft, dry or silicon-treated cloth. Never use detergents that could damage plastic parts. Forming the flash capacitor The flash capacitor incorporated in the flashgun undergoes a physical change when the flashgun is not switched on for prolonged periods of time. For this reason it is necessary to switch on the flashgun for approx. 10 minutes every 3 months. The battery must supply sufficient power for flash-readiness to be indicated within one minute after the mecablitz was switched on.

Sensor measuring angle: approx. 25 Colour temperature: approx. 5600 K Film speed: ISO 6 to ISO 6400 Synchronisation: low-voltage ignition Approx. number of flashes: 60* with NiCad batteries (600 mAh) 180* with high-capacity alkaline manganese batteries Recycling time: with NiCad batteries (600 mAh) 5 sec. (in M mode)* 0.1. 5 sec. (in A-/TTL mode) with high-capacity alkaline manganese batteries 6 sec. (in M mode)* 0.1. 6 sec. (in A-/TTL mode) *at full light output Swivelling range and locking positions of zoom reflector: Upwards: 90 / -7 Anti-clockwise Clockwise 90 Dimensions approx. in mm (W x H x D): 75 x 125 x 108 Weight: Flash unit without batteries: approx. 480 g Included: Flash unit, bag T54, Standard foot 301*, cover plate*, Operating Instructions, SCA 300/3002 Table * (not with Sets)

16. Technical data

Guide numbers at ISO 100/21, zoom 105 mm: In the metric system: 54 In the imperial system: auto apertures at ISO 100/21: f/1, f/1.4, f/2, f/2.8, f/4, f/5.6, f/8, f/11, f/16, f/22, f/32, f/45 Flash durations: Approx. 1/200th to 1/20,000th sec. In M mode approx. 1/200th sec. at full light output At 1/2 light output approx. 1/600th sec. At 1/4 light output approx. 1/1400th sec.
Errors excepted. Subject to changes!

17. Glossary

Correct exposure indication in the cameras viewfinder When in automatic or TTL mode, many cameras indicate correct exposure or underexposure of the film by a corresponding signal in the viewfinder. Automatic flash synch speed control When flash readiness is reached, most system cameras automatically change over to flash synch speed. On some cameras, slower shutter speeds are retained. If flash readiness indication disappears after the flash has been fired, or when the flash unit is switched off, then the camera will automatically return to the previously set shutter speed. Triggering control If the aperture set on the lens and the prevailing lighting conditions require a shutter speed that equals or is faster than the flash synch speed, then a flash will not be fired when the shutter is released on the camera. The shot is then taken with the existing ambient light, thereby avoiding overexposure. Optional 1st or 2nd curtain synchronisation (see Fig. 10 and 11) Two forms of flash synchronisation are available: - The moment when the first shutter curtain opens - The moment just before the second shutter curtain closes The desired synchronisation is pre-selected on the SCA adapter. Second curtain synchronisation is particularly advantageous when using slow shutter speeds and shooting moving objects that have their own source of light. Autofocus measuring beam The AF measuring beam is activated by the camera electronics when the ambient lighting level is no longer sufficient for automatic focusing. The beam projects a striped pattern on to the subject, and the camera uses this pattern to focus automatically. If an SCA 3xx autofocus adapter is used, then only the AF measuring beam integrated in this adapter will be activated.

(Ni) The pre-flash function to diminish the red-eye effect has been activated on the Nikon camera and the symbol is indicated on the LC-display. The pre-flash function cannot be combined with second-curtain synch (REAR mode). Remedy: First deactivate the red-eye pre-flash function on the camera, then select REAR mode. (Mi) With Minolta cameras, second-curtain synchronisation (REAR mode) must always be set on the camera! The mecablitz does not indicate the synchronisation mode! Refer to the camera's operating instructions to establish whether REAR mode is possible with the given camera, and how to proceed. TTL (E-TTL) high-speed synchronisation (HSS) cannot be set on the mecablitz. TTL (E-TTL) high-speed synchronisation (HSS) is currently only possible with the mecablitz 54 MZ-.! TTL (E-TTL) high-speed synchronisation (HSS) can only be set on the mecablitz if the latter is fitted with a suitable SCA 3xx2 adapter (see SCA adapter operating instructions) and is mounted on the switched-on camera. Data exchange between camera and SCA adapter must have taken place at least once (simply tap the camera's release button lightly without tripping the shutter). The camera must be able to support TTL (E-TTL) highspeed synchronisation in the selected flash mode (Manual M or TTL) (see camera and SCA adapter operating Instructions)! TTL (E-TTL) high-speed synchronisation (HSS) cannot be combined with the Metz cordless remote flash system. Depending upon the given camera system, TTL (E-TTL) high-speed synchronisation (HSS) can be activated on the mecablitz 54 MZ-. in the M manual flash mode (Ca, Mi, Ni) or in the TTL mode (Ca, Mi)! To activate TTL (E-TTL) high-speed synchronisation (HSS) ensure that the secondary reflector of the mecablitz is not switched on! (Mi) TTL (E-TTL) high-speed synchronisation (HSS) is not possible when the main reflector is swivelled or tilted. The shutter speed is limited to the camera's flash synch speed. The display (H) for TTL (E-TTL) high-speed synchronisation (HSS) is extinguished in the camera's viewfinder! 125
(Ni) The 3D mode cannot be set on the mecablitz when in TTL mode. REAR mode has been set on the mecablitz and "REAR" is indicated on the display. Remedy: First switch on REAR mode and then 3D mode. The mecablitz must be fitted with the SCA 3402 adapter. The 3D TTL mode can only be set on the mecablitz if it is mounted on a switched-on camera that supports the 3D mode. Data exchange between camera and SCA adapter must have taken place at least once (simply tap the camera release lightly without tripping the shutter). The 3D TTL mode is not supported if the mecablitz is not ready for firing, if the reflector has been swivelled out of its normal position or if the secondary reflector of the mecablitz has been switched on! 3D TTL flash operation is not possible in the Metz cordless remote mode! 3D TTL mode is only possible with the mecablitz 40 MZ-3(i), 50 MZ-5, 54 MZ-. and 70 MZ-. flash units! (Ca) The E-TTL mode cannot be activated. The mecablitz must be fitted with the SCA 3102 adapter. The E-TTL mode can only be set on the mecablitz if it is mounted on a switched-on camera that supports the E-TTL mode. Data exchange between camera and SCA adapter must have taken place at least once (simply tap the camera release lightly without tripping the shutter). The E-TTL mode is not supported if the secondary reflector of the mecablitz has been switched on! The E-TTL mode is switched over to normal TTL mode when the secondary reflector of the mecablitz is activated Problem EOS D30: The mecablitz can no longer be triggered when in TTL mode; change over to "Automatic"! The E-TTL flash mode is not possible in the Metz cordless remote flash mode! The E-TTL mode is only possible with the mecablitz 40 MZ-3i, 40 MZ-1i and 54 MZ-. flash units! 126

NOTE: The flashing correction value as a warning signal is not supported by all camera systems! Flash exposure correction in "A" automatic mode of the mecablitz can be set and executed with most system cameras (Minolta is the exception!). Flash bracketing cannot be set in TTL mode. The "Fb" flash bracketing function cannot be selected in the TTL mode with the "Select" key of the mecablitz. Possible cause: Various cameras and camera systems do not support the mecablitz flash exposure correction setting when in TTL mode. Since flash bracketing operates with exposure correction values, selection of flash bracketing is suppressed right from the outset in the mecablitz menu. However, "Fb" flash bracketing in "A" automatic mode of the mecablitz can be set and executed with most system cameras (Minolta is the exception!). "Fb" flash bracketing is not adjustable on the mecablitz 70 MZ-4! (Pe) No flash readiness is indicated in the camera's viewfinder even though the mecablitz flash ready signal is illuminated. The mecablitz is not triggered when the picture is shot. The mecablitz operates in spot-beam mode; only the AF red-light emitter of the mecablitz is supported. The operating mode selector of the SCA 3702 adapter is in the "SB" position. Remedy: Set the operating mode selector of the SCA 3702 adapter to the extreme left-hand position , i.e. first-curtain synchronisation. (Pe) Correct exposure confirmation is given in the camera's viewfinder (flash ready symbol flashes) even though no picture was shot. This is a warning signal. The position of the zoom reflector is not sufficient to ensure complete illumination of the entire subject. Automatic focal length adaptation (AUTO-ZOOM, CZ) may have been deactivated on the mecablitz, and a reflector focal length has been selected that is longer than the focal length of the lens. Example: Focal length of the lens: 70 mm; focal length of the reflector: 85 mm.
Remedy: Activate automatic focal length adaptation on the mecablitz (AUTO-ZOOM or CZ) or ensure that the reflector focal length is identical with, or shorter than, the focal length of the lens. Example: Focal length of the lens: 70 mm; reflector focal length: 70 mm, 50 mm or shorter! Please refer to the mecablitz operating instructions for setting details! (Pe) The power zoom reflector of the mecablitz automatically assumes the 35 mm position, even though a lens with a different focal length is being used. "Auto-Zoom" is indicated on the mecablitz LC display. A non-AF lens, or a lens that does not transmit focal length data to the camera, is being used. Consequently, the mecablitz automatically assumes the 35 mm reflector position. Remedy: Adjust the reflector position of the mecablitz manually to the focal length of the given lens (see mecablitz operating instructions). The flash ready indicator in the camera's viewfinder may flash with reflector focal lengths that are longer than 35 mm, but this is of no consequence for the subsequent exposure. In this instance please observe the correct exposure confirmation given by the mecablitz! The mecablitz does not fire flashes. The mecablitz has automatically switched itself off. After the mecablitz has been switched on and after automatic switch-off, tap the camera release button lightly without tripping the shutter to permit an adaption of the settings required for the picture shooting situation. The mecablitz was unable to lock into a zoom position and ZE is indicated on the mecablitz LC display. The batteries may be almost exhausted or the power is no longer sufficient to drive the mechanical operations. Switch the mecablitz off and then on again and/or replace the exhausted batteries.

Press Information photokina 2006
Metz-Werke GmbH & Co KG Corporate Communications Ohmstrasse Zirndorf Germany Further information Company: Matthias Moschner Products: Kristina Sder Tel.: +49 (0) 911 / 97 06-239 Fax: +49 (0) 911 / 97 06-233 E-mail: presse@metz.de Internet: www.metz.de
Metz mecablitz 54 MZ-4i digital:

di gi t al

The all-rounder
The perfect flash with analogue and digital cameras from completely different manufacturers thats the strength of the Metz mecablitz 54 MZ-4i digital. By integrating high-precision flash modes, optimally illuminated pictures with brilliant and welldefined colours are achieved. Simply by changing the adapter, interesting flash modes are available depending on the camera type, including Canon E-TTL and E-TTL II, Nikon i-TTL and ADI flash control from Konica/Minolta/Sony. Naturally, the SCA system supports various other connection options to nearly every system camera including the models that meet the four thirds standard. Especially worth mentioning is the secondary reflector of the 54 MZ-4 i digital, as is its easy-handling with a large display, two function keys and a thumb wheel.

made in Germany

Metz mecablitz 54 MZ-4 i digital: high light output guide number 54 at ISO 100/21 and 105 mm focal length. Large illumination angle illumination of a focal length range of 20-105 mm (with integrated WA diffuser). The set includes a SCA adapter, currently for Canon, Konica/Minolta/Sony Alpha, Nikon, Olympus and soon also available for Pentax cameras.
Ultra-fast shutter speeds
With the high-speed synchronisation (HSS) of the Metz mecablitz 54 MZ-4i digital, flash lighting can be achieved with times that are even shorter than the camera synchronisation times (depending on camera type). Important for brightening shadowy areas of a portrait, while at the same time silhouetting the subject against an out-of-focus background.

Without flash

With flash and HSS
The Metz public relations department looks forward to receiving your specimen copy: presse@metz.de Download images and text at www.metz.de/presse
Metz mecablitz 54MZ-4i digital
SCA system flash unit for analogue and digital cameras
Maximum guide number at ISO 100 / 21 and max. zoom Guide number at ISO 100 / 21 and 50 mm Standard equipment and functions Swivel main reflector with motor-zoom 105 mm (135 format) Swivel reflectorvertical in rotation range horizontal in Integrated wide-angle diffuser for illumination from 20 mm (135 format) Optional secondary reflector for standard flash modes Illuminated LC display, e.g. displays flash mode, range, flash parameters etc. LED display for flash ready/ exposure control Optional acoustic status signal (beep function) Metering function Manual key-lock function) Reset function (resets to factory settings) Optional, energy-saving auto-off -7 / + / System SCA300 / -/ -/ -/ -/

Standard flash modes

Standard TTL flash mode Automatic flash mode with 12 tele-computer apertures Manual flash mode with 25 partial power levels Stroboscopic flash mode Fill-in flash mode Dedicated flash modes and functions Automatic flash synchronisation control Display in viewfinder for flash ready / exposure control Automatic / manual flash range display in viewfinder Automatic / manual aperture adjustment Automatic / manual ISO setting Automatic / manual motor-zoom control Extended zoom mode Picture format adjustment Automatic AF-metering flash control Synchronisation on the 1st or 2nd shutter curtain (REAR) Slow synchronisation (SLOW) High-speed synchronisation (HSS) Flash exposure correction with TTL / automatic Flash exposure series with TTL / automatic Pre-flash function minimising red-eye effect (Nikon, Olympus, Pentax) Off-camera Metz TTL / automatic remote flash mode Controller flash mode in the wireless Metz remote system Slave flash mode in the wireless Metz remote system with slave adapter SCA3083 digital Flash unit wake-up function via camera Canon E-TTL / E-TTL II flash mode Canon FE flash exposure memory for E-TTL / E-TTL II Minolta-Konica, Sony ADI metering / pre-flash TTL Nikon matrix-controlled fill-in flash lighting Nikon 3D multi-sensor fill-in flash lighting Nikon D-TTL- / D-TTL-3D flash mode Nikon i-TTL- / i-TTL-BL flash mode Nikon pre-flash function minimising red-eye effect Nikon FV flash exposure measurement memory for i-TTL / i-TTL-BL Nikon under-exposure display in EV Olympus pre-flash TTL / four-thirds system Standard mount SCA 301 -/-/ -/ -/ -/

System SCA3002 / / / / / / / / / / / / / / /

/ / / / / / /

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Power supply

Battery operation: alkaline 1.5V / lithium 1.5V Rechargeable battery operation: NiCd 1.2V / NiMH 1.2V Optional external power supply: Power Pack P76 / P40
4 Mignon batteries (AA) / / / Approx. 480 g Approx. 75 x 125 x 108
Weight with power source Dimensions (W x H x D)
Lots of additional flash functions are available when using the mecablitz 54 MZ-4i digital with an SCA 3002 or SCA 300 system adapter. Availability depends on the respective camera system (camera manufacturer), the specific camera type and the SCA adapter. More detailed information at www.metz.de or in the relevant SCA adapter user guide.